Rational Number...

Four rational number equivalent to $\displaystyle \frac{5}{8}$ are:

Fill in the blank: $\left [\dfrac {6}{5}\times \left (\dfrac {-2}{12}\right )\right ] + \left [\dfrac {6}{5} \times \dfrac {4}{12}\right ] = \dfrac {6}{5}\times \left [..... + \dfrac {4}{12}\right ]$

$\displaystyle \frac{5}{13}+\_\_=\frac{5}{13}$

The value of $\left [\dfrac {3}{4}\times \dfrac {4}{12}\right ] + \left [\dfrac {3}{4} \times \dfrac {-3}{9}\right ]$ is

If $(81\div 9)\div 3=a$ and $81\div(9\div 3)=b$, then which of the following is correct?

The value of $\dfrac {1}{2} \times \left (\dfrac {1}{3} + \dfrac {4}{9}\right )$ is

Find five rational numbers between $1$ and $2.$

Find the value of $x$ in $\dfrac {4}{3} \times \left [x + \dfrac {1}{13} \right ] = \dfrac {4}{3}\times \dfrac {8}{11} + \dfrac {4}{3}\times \dfrac {1}{13}.$

The value of $\dfrac {6}{11} \times \left [\left (\dfrac {-7}{6}\right ) - \left (\dfrac {11}{7}\right )\right ]$ is